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I need the answer for this question please

- A 200 Kg liquified mixture of n-butane, n-pentane and n- hexane has the following weight composition in percent (butane %50, hexane %20) Calculate the weight fraction, mol fraction and mol percent of each component, also the average molecular weight of the mixture.
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A gas mixture of air (4 kmol/hr) and hydrogen sulfide (2 kmol/hr) is to beabsorbed by water so that 99% of hydrogen sulfide is recovered from thebottom stream. The absorber has 10 trays. Water (4 kmol/hr) enters theabsorber from 1st tray at 298 K and 1 atm and gas feed enters from 10thtray at the same temperature and pressure as those of water. Simulatethis absorber (SCDS column) in CHEMCAD.
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I need the answer for this question please

- A 200 Kg liquified mixture of n-butane, n-pentane and n- hexane has the following weight composition in percent (butane %50, hexane %20) Calculate the weight fraction, mol fraction and mol percent of each component, also the average molecular weight of the mixture.
0

Simulate in chemicad

A gas mixture of air (4 kmol/hr) and hydrogen sulfide (2 kmol/hr) is to beabsorbed by water so that 99% of hydrogen sulfide is recovered from thebottom stream. The absorber has 10 trays. Water (4 kmol/hr) enters theabsorber from 1st tray at 298 K and 1 atm and gas feed enters from 10thtray at the same temperature and pressure as those of water. Simulatethis absorber (SCDS column) in CHEMCAD.
0

I need the answer for this question please

- A 200 Kg liquified mixture of n-butane, n-pentane and n- hexane has the following weight composition in percent (butane %50, hexane %20) Calculate the weight fraction, mol fraction and mol percent of each component, also the average molecular weight of the mixture.
0

Simulate in chemicad

A gas mixture of air (4 kmol/hr) and hydrogen sulfide (2 kmol/hr) is to beabsorbed by water so that 99% of hydrogen sulfide is recovered from thebottom stream. The absorber has 10 trays. Water (4 kmol/hr) enters theabsorber from 1st tray at 298 K and 1 atm and gas feed enters from 10thtray at the same temperature and pressure as those of water. Simulatethis absorber (SCDS column) in CHEMCAD.
0
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